Post by Pincho Paxton on Nov 15, 2014 8:10:14 GMT
According to my theory of everything the nucleus of an atom is a quantum hole. Around the quantum hole flows gravity as gluons, and quarks are the area of least resistance for the gluon flow. So there is spin around the quantum hole. This spin has a wobble like a spinning plate has a wobble, or a gyroscope. Lift is created by the wobble, so hot water rises as steam, because the wobble is timed to be uphill. But just like a spinning plate there is a downhill wobble which is gravity. So as an atom moves it is most often timed to the downhill wobble, and gravity is timed to the wobble to create mass. Magnetism is timed to flow upwards, but often has no membrane to give it a strong form. The tree takes advantage of the upwards flow by applying a membrane to the upwards flow of magnetism. The timing of the tilt is due to quantum tunnelling. Between atoms there is a quantum tunnel that passes the membrane as trapped gluons to the next quantum hole. If the next quantum hole is tilted downwards then gravity takes us downwards. Propellers, and rotor blades manage to time the tilt upwards, so point the quantum tunnels upwards, which of course still have a downwards tilt as well, but the timing is wrong for the downwards tilt.
So imagine spinning plates, they tilt up,down,up,down. If you were a grasshopper you could leap onto all of the upwards tilts to use the plates as an escalator, or you could hop onto all of the downwards tilts to go down again. The spin would help you to swing into the next position.
This means that timing the tilts is all that is required to rise up. So you can have vertical lift if you timed the tilts to perfection.
In space the Galaxy is rocking as well. You can tell by the suns bobbing up, and down. To get a real view of the galaxy you would need to find a true stationary object to remove the relativity. I think that the quantum holes are aligned to a true location. I don't think that they can pass each other. So I think that you can eliminate the movement of bodies to get a stationary view of the galaxy.
Pincho Paxton
So imagine spinning plates, they tilt up,down,up,down. If you were a grasshopper you could leap onto all of the upwards tilts to use the plates as an escalator, or you could hop onto all of the downwards tilts to go down again. The spin would help you to swing into the next position.
This means that timing the tilts is all that is required to rise up. So you can have vertical lift if you timed the tilts to perfection.
In space the Galaxy is rocking as well. You can tell by the suns bobbing up, and down. To get a real view of the galaxy you would need to find a true stationary object to remove the relativity. I think that the quantum holes are aligned to a true location. I don't think that they can pass each other. So I think that you can eliminate the movement of bodies to get a stationary view of the galaxy.
Pincho Paxton